Sara Petersen Bjorn

Title: **Sara Petersen Bjorn: Innovator in Cellular Interactions**

Introduction

Sara Petersen Bjorn, based in Lyngby, Denmark, is a distinguished inventor recognized for her contributions in the field of cellular biology. With a notable portfolio that includes two patents, her work emphasizes innovative methods for studying protein interactions within living cells, contributing significantly to advancements in biological research.

Latest Patents

Sara's latest patents showcase her expertise in developing methods for extracting quantitative information regarding interactions between cellular components. One of her key inventions describes an assay technique that utilizes the introduction of two heterologous conjugates into living cells to measure the cellular distribution of detectable components, such as GFP-labeled fluorescent probes. This innovative method helps determine the presence or absence of interactions between cellular components based on their induced redistribution within the cell. Sara also devised an extraction buffer that enhances high-throughput screening for drugs affecting intracellular distribution, optimizing its application across various cell types. Her patented GFP variant, exhibiting a larger Stokes shift, presents improved resolution for high-throughput screening applications.

Career Highlights

Throughout her career, Sara has collaborated with notable organizations, including Fisher Bioimage ApS and Bioimage A/S. These experiences have allowed her to refine her inventions and contribute to significant projects within the cellular biology domain.

Collaborations

Sara has partnered with esteemed colleagues such as Ole Thastrup and Bernard Robert Terry. These collaborations have bolstered her research and have played a pivotal role in the development of her innovative methodologies, promoting a collaborative approach to scientific exploration.

Conclusion

Sara Petersen Bjorn stands out as an influential figure in her field, combining her inventive prowess with practical applications to advance our understanding of cellular interactions. Her patents not only contribute to scientific knowledge but also hold the potential for significant impacts in drug discovery and therapeutic interventions.